Brass tee ultraLINE - 20 2509257002

Brass tee for KAN-therm ultraLINE systems

This brass tee with a diameter of 20 mm is a key element of the KAN-therm ultraLINE system, designed to create durable and leak-proof connections in plumbing, heating and cooling installations. Made of high-quality brass (CW617N), it ensures reliability and corrosion resistance. Its profiled design, typical of the ultraLINE series, minimizes constrictions, which translates to optimal medium flow.

This tee is dedicated to ringless connection of PERT2, PEXC and PERTAL2 pipes using a PVDF plastic sliding sleeve. This solution eliminates the need for additional seals, simplifying installation and increasing reliability. The connection angle is 90 degrees, allowing for flexible installation routing.

Application and benefits for the installer:

• Fast installation: The ultraLINE system with sliding sleeves significantly speeds up the installation process compared to traditional connection methods.
• Secure connections: The absence of O-rings eliminates the risk of their damage and leaks in the future.
• Versatility: Compatible with various pipe types (PERT2, PEXC, PERTAL2), allowing for flexible adaptation to project needs.
• Durability: The brass construction guarantees long life and resistance to environmental conditions.
• Minimization of errors: Simple connection technology reduces the possibility of errors during installation.

For the end user this means:

• System reliability: Solid connections ensure long-term and trouble-free operation of the heating or water installation.
• No leaks: Ringless technology minimizes the risk of leaks, protecting against costly repairs.
• Comfort of use: A properly functioning installation provides thermal comfort and access to domestic hot water without interruption.

The KAN-therm ultraLINE system is a comprehensive solution for professionals who value quality, durability and ease of installation. The 20 mm brass tee is an integral part of this system, guaranteeing reliable connections in every installation.